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This Concept Map, created with IHMC CmapTools, has information related to: Nervous System - Murphy, Zaydon, Spellane, Gomez, Stiklickas, IPSPs causing the influx of Chloride, Astrocytes which aids in the formation of Synapses, Refractory Period ensures separation of Action Potentials, Calcium which causes the release of Neurotransmitters, Neurons insulated by Myelin, Resting Membrane Potential maintained by the opening and closing of different Channels, Astrocytes which mop up Potassium, Action Potentials initiated by Spatial Summation, Neurons have a -70 mV Resting Membrane Potential, Potassium responsible for repolarization during Action Potentials, EPSPs when simultaneously produced cause Spatial Summation, GABA which triggers IPSPs, Channels that allow leakage of Potassium, Myelin expedite Action Potentials, Glutamate which triggers EPSPs, Threshold triggering Action Potentials, Action Potentials causes an influx of Calcium, Neurons environment is chemically controlled by Astrocytes, Action Potentials initiated by Temporal Summation, Channels that are voltage-gated for Sodium